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An aspiring AI Engineer & a Neurotechnology Enthusiast who's building the future at the intersection of artificial and biological intelligence.
About Me
I'm a Machine Learning and Data Science enthusiast/innovator, passionate about building intelligent systems that connect humans, machines, and the universe.
NASA International Space Apps Global Nominee, selected among 11,500+ teams worldwide for developing an AI-powered exoplanet detection system.
Developed a nerve-controlled prosthetic arm using EMG-based robotic control systems in high school.
Experience with EEG brainwave interfaces that translate neural signals into robotic or computer movements.
"I thrive on projects that merge neuroscience, robotics, and AI—building technology that's smart, adaptive, and deeply human-centered."
Selected Works
Projects at the intersection of AI, neuroscience, and robotics.
Exoplanet Detection
Developed AI that powered the analysis of Kepler/K2/TESS NASA telescopes data to detect exoplanets using Advanced Machine Learning for NASA Hackaton.
Neural Prosthetics
Non-invasive EMG interface for controlling robotic prosthetics through muscle electrical signals.
Brain-Computer Interface
Direct EEG-to-Cursor control system enabling paralyzed patients to interact with computers using thought.
Education
National University
BS Computer Science with specialization in Machine Learning
1st Year Student
Honors & Certificates
Global Nominee
NASA Space Apps Challenge
Harvard CS50x Certificate
Harvard University
Research Excellence Award
Developed a Nerve Controlled AI Powered Prosthetic Arm
Documentations & Patents
EMG-Based Prosthetic Control
Research Documentation on ESP32 Myoelectric Arms
Research Paper • 2025
Brain Controlled EEG Glasses
Controlling computer devices using brainwaves
Patent Ongoing • 2026
AI Exoplanet Detection
Deep Learning Algorithm for Kepler Data
NASA Space Apps • 2025